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    • 11. 发明申请
    • Structure Assembling Method and Structure Assembling Apparatus Using Electronic Tag with Attitude Sensor, and Data Storage for Maintaining Structure
    • 使用姿态传感器的电子标签的结构组装方法和结构组装设备,以及维护结构的数据存储
    • US20080083107A1
    • 2008-04-10
    • US11661974
    • 2005-10-17
    • Tomohiro MaruiNobuyoshi Kurosawa
    • Tomohiro MaruiNobuyoshi Kurosawa
    • G01M19/00
    • G01C9/02B63B9/06B63B9/065E04G21/14Y10T29/4978
    • A method and apparatus for performing field assembling (high precision alignment) work efficiently by eliminating any work miss in structural component assembling work where 180° turning state is expected and grasping the connecting/assembling posture (inclination) conditions of many components systematically in order to assist automation of assembling work of a structure and automatic crane control. A data sampling/recording (data logging) device for maintaining the assembled structure is also provided. The data includes vibration data on a multistory building at the time of an earthquake, deflection data on a vessel structure due to high waves, and the like. A state that the components of a structure are arranged to share common horizontal/vertical directions is the completed state of the structure. The reference lines of two components may not be aligned before the two components are interconnected, and they are only required to be moved in the direction in which the vector difference between the reference lines decreases. Since the posture changes through the movement, an electronic tag with a posture sensor for measuring the posture data in real time is attached to each structural component, and the moving means is feedback controlled in real time.
    • 一种用于进行现场组装(高精度对准)的方法和装置,通过消除预期的180°转动状态的结构部件组装工作中的任何工作中的缺失,并且系统地掌握许多部件的连接/组装姿势(倾斜)条件,以便 协助自动组装结构工作和自动起重机控制。 还提供了用于维持组装结构的数据采样/记录(数据记录)装置。 该数据包括在地震时在多层建筑物上的振动数据,由于高波而在船舶结构上偏转数据等。 布置成共享共同的水平/垂直方向的结构的部件的状态是结构的完成状态。 在两个部件互连之前,两个部件的参考线可能不对准,并且它们仅需要沿着参考线之间的矢量差减小的方向移动。 由于姿态通过移动而变化,所以具有用于实时测量姿势数据的姿势传感器的电子标签被附着在每个结构部件上,并且移动装置被实时反馈控制。
    • 13. 发明授权
    • Configurable electronic circuit board adapter therefor, and designing
method of electronic circuit using the same board
    • 可配置的电路板适配器,以及使用同一板的电子电路的设计方法
    • US5257166A
    • 1993-10-26
    • US966904
    • 1992-10-22
    • Tomohiro MaruiYoshihiro IshidaHiroyuki OkaIzumi Hayashibara
    • Tomohiro MaruiYoshihiro IshidaHiroyuki OkaIzumi Hayashibara
    • G01R1/04G01R31/319G06F17/50H05K3/22H05K7/02H05K7/10
    • G06F17/5068G01R1/04G01R31/31905G06F17/5027H05K3/222H05K2201/10212
    • There is provided a configurable electronic circuit board which comprises a board including many modular sockets in a minimum unit each having a size and the number of pins both standardized, the modular sockets being arranged regularly parallely and connected to each other at terminals thereof through simple wirings, a pin adapter composed of adapter pins insertable into the modular socket, of an adapter socket into which electronic circuit parts are insertable, and of socket wirings for making connection between the adapter socket and the adapter pins, a switching station adapter composed of adapter pins insertable into the modular socket, and of a wiring changeover switch and a fuse for determining the connection of wiring among the adapter pins, and a bypass adapter being inserted into a modular socket not used, and composed of adapter pins insertable into the modular socket, and of fixed wiring for simply bypass-connecting among the adapter pins, whereby an arbitrary circuit is realizable by inserting each adapter or electronic circuit part into an arbitrary modular socket. The configurable electronic circuit board is used to realize and verify a designed circuit.
    • 提供了一种可配置电子电路板,其包括具有最小单元的多个模块插座的板,每个板具有标准化的尺寸和数量的引脚,模块插槽规则地平行布置并且通过简单的布线在端子处彼此连接 ,可插入模块化插座的适配器插脚的针式适配器,可插入电子电路部件的适配器插座以及用于在适配器插座和适配器引脚之间进行连接的插座布线,由适配器引脚组成的开关站适配器 可插入到模块化插座中,以及用于确定适配器引脚之间的布线连接的接线切换开关和保险丝,以及插入未使用的模块插座中的旁路适配器,并且可插入到模块插座中的适配器插头, 以及用于简单地在适配器引脚之间的旁路连接的固定布线,从而任意电路被重新连接 通过将每个适配器或电子电路部件插入任意的模块化插座可以实现。 可配置电子电路板用于实现和验证设计电路。
    • 14. 发明授权
    • Apparatus for separating fiber from fiber aggregate
    • 用于从纤维聚集体分离纤维的装置
    • US4765547A
    • 1988-08-23
    • US27802
    • 1987-03-19
    • Tomohiro MaruiTadao KanekoKazuo AoToshio ShimonoSeiichiro Fukada
    • Tomohiro MaruiTadao KanekoKazuo AoToshio ShimonoSeiichiro Fukada
    • B07B7/06B28C5/40C04B20/00C04B20/08C04B40/00D01F9/32D01G9/08B02C19/12B02C19/06
    • D01G9/08B07B7/06B28C5/404C04B20/0048C04B20/08C04B40/0028D01F9/32
    • An apparatus for separating fibers from a fiber aggregate comprises a hollow cylindrical apparatus housing defining therein a dissolving chamber. A partition is disposed in the internal space of the apparatus housing and forms the bottom of the dissolving chamber. The partition defines a plurality of through openings, through which fibers separated from the aggregate passes. The apparatus housing has an aggregate inlet to introduce the aggregate to be dissolved with pressurized air. The pressurized air carrying the aggregates is discharged toward the partition and forms swirl flow in the dissolving chamber. By the swirl flow of the air, the aggregate flows to collide onto the partition with an impact. This impact serves as an energy for causing dispersion or dissolving of the aggregate. The partition is preferably formed with elastically or resiliently deformable material for absorbing impact upon the collision of the aggregate thereonto so as not to cause destroying of each individual fiber. Further preferably, a contact plate is suspended on the elastically or resiliently deformable partition. The contact plate opposes the aggregate inlet so that the aggregate introduced into the dissolving chamber will collide onto the contact plate.
    • 用于从纤维聚集体分离纤维的装置包括在其中限定溶解室的中空圆柱形装置壳体。 分隔件设置在装置壳体的内部空间中并形成溶解室的底部。 隔板限定了多个通孔,纤维与聚集体分离通过。 装置壳体具有聚集入口以引入待加压空气溶解的骨料。 承载聚集体的加压空气朝向隔板排出并在溶解室中形成涡流。 通过空气的漩涡流动,聚集体流动冲击撞击隔板。 该冲击作为使聚集体分散或溶解的能量。 隔板优选地形成有弹性或可弹性变形的材料,用于吸收在其上的聚集体碰撞时的冲击,以免引起每个单独纤维的破坏。 更优选地,接触板悬挂在弹性或弹性可变形的隔板上。 接触板与聚集入口相对,使得引入溶解室的聚集体将碰撞到接触板上。